Project input
Raw material supply, moisture content, ash content, storage radius, transportation and pretreatment costs.
Back to Technical Selection
The returns investors care about
ROI / LIFE-CYCLE ECONOMIC MODEL
The returns investors care about
Must be grounded in continuous operation and real project conditions.
ROI is not the result of a single device price or a single point of sale price, but a full life cycle economic model from raw materials, heat, operation, products, cash flow to compliance boundaries. Olten uses project inputs as a starting point to help investors place each value path into a reviewable engineering condition for discussion.
01 / Life-Cycle Economic Model
Complete the model first,
Re-talk about return on investment versus rate of return.
The products, heat energy, by-products, carbon value and distribution paths mentioned on the home page can only form a reviewable investment judgment after entering the same project input form.
One-time investment
Equipment, civil engineering, public works, environmental protection and safety, installation and commissioning and start-up funds.
Continuing operations
Effective operating hours, energy, labor, maintenance, spare parts, quality control and compliance investments.
Income mix
Carbon materials, activated carbon, waste heat utilization, by-products, carbon value and sales channels.
Risk and Cash Flow
Product quality, buyer, collection, inventory, methodology and market price sensitivity.
02 / Multi-Path Revenue Matrix
A system where multiple value paths can be discussed;
But each one must have access to the model.
Paths such as carbon materials, thermal energy and by-products, and carbon value can jointly form the project revenue portfolio. Investment judgments should not be based on a single high price assumption, but should include the cost, quality, delivery and market conditions corresponding to each revenue line into the calculation.
Carbon materials and deep processing
The actual product routes of fuel carbon, biochar, carbonized materials and activated carbon depend on raw materials, quality indicators and buyers.
Heat energy and by-products
Paths such as combustible gas circulation, waste heat utilization, and wood vinegar liquid must be verified according to thermal data, equipment boundaries, and local application conditions.
Carbon value preparation
Methodology, dMRV, verification, registration and buyer conditions jointly determine whether the carbon value can enter the formal model.
Marketplace & Payback Arrangements
Underwriting, distribution, delivery, inventory, billing and logistics make the “selling price” truly translate into a cash flow rhythm.
03 / Scenario Analysis and Sensitivity Analysis
A more credible ROI,
Must stand up to conservative scenarios.
The preliminary calculation of the continuous production line can start from the daily processing scale, raw material sources and target products, and gradually discuss the combination of carbon materials, heat energy, by-products and carbon value. The payback period, IRR, product output, carbon value and energy savings must be confirmed with actual raw materials, operating data, product paths and agreement conditions before formal investment conclusions can be entered.
Scenario baseline
Daily processing scale, raw material sources, target products, construction period and start-up capital.
Conservative Scenario
Effective working hours have dropped, prices have been revised downwards, raw materials have fluctuated, and payment delays have occurred.
Aggressive scenario
Quality standards, heat energy utilization, product structure optimization and channel confirmation.
Investment conclusion
Judging by cash flow, payback period, IRR and risk tolerance boundary.
04 / Cash Flow Review Path
From construction, climbing to stable operation,
Let each stage have a cash flow basis that can be discussed.
Construction and start-up
Equipment, civil engineering, interfaces, compliance, installation and commissioning and start-up funds enter CAPEX.
Production line climbing
Record raw material adaptation, heat balance, effective working hours, quality stability and maintenance rhythm.
Stable operation
Operating cash flow is composed of production, quality, energy consumption, labor, maintenance, sales and repayment.
Full-cycle review
Review condition updates for spare parts, overhaul, expansion, channel change and carbon value.
PROJECT ROI REVIEW